Implementing DevOps into the process of your software development is a smart and cost-effective solution. To leverage the power of combining development and operations into a holistic process, you have to use the right set of tools. Amazon Web Services (AWS) can be a solution for increasing DevOps efficiency. Let’s find out more about AWS DevOps as a viable practice.
- 1. Lean Startup
- 2. F.O.C.U.S
- 3. Google Design Sprints
- 4. Michael Porter’s Five Forces Model
- 5. PEST
- 6. SWOT
Ideal conditions for the development of online businesses have led to the number of startups growing exponentially in recent years. However, most of them fail either immediately or in their first year of existence.
Why does this happen? Start-up initiators might make the mistake of considering their idea a winner without prior analysis, strategy development, or at least minimal management. They might believe that everything will work by itself, and they are mistaken. In this article, we want to offer you a more reasonable and scientific approach to testing business ideas using five methods.
1. Lean Startup
This approach can be summed up in one sentence – do not invest until you are sure of the result. The author of the Lean Startup approach calls to first create a minimally viable product and test it on a live audience. This will help evaluate the demand for the idea with minimal investment. If the idea is in demand, then real testing is a source of valuable information about what users like or not, and what they expect from your product.
After receiving this information, the startup gets the opportunity to quickly adapt to the needs of the user and make changes to the product or strategy before a large amount has been invested.
Then, they can make more stables moves from the minimum set of necessary functions to gradual scaling and bringing the product to perfection according to the needs of the target audience.
Focus groups are especially effective when it is necessary to identify people's perceptions, feelings, and thoughts about any problems, products, services, or opportunities.
When developing a product, focus groups are used in three stages:
- At the first stage, focus groups are used to better understand the issue; that is, to look at it through the eyes of representatives of the target audience.
- In the second stage, this information is used to create a minimally viable product. It is possible to create several products with different sets of functions for further testing.
- In the third stage, after receiving the results of pilot testing in focus groups, the best version of the product is created, which will be released to the market.
Focus groups can provide useful information even after the initial stages of starting a business. They are used for evaluation.
This is a customer-oriented method that can only be used in conjunction with methods for assessing external factors as well.
3. Google Design Sprints
Google Design Sprints is an approach that is ideal for team brainstorming. Its goal is to generate the maximum number of useful ideas at each stage of product development, which are divided into the design sprint. Here is the algorithm for conducting this type of analysis:
- Understanding. What does the user want to see in the product?
- Definition. What is the main goal of the project?
- Divergence. Generating the maximum amount of ideas.
- Making decisions. Clarify everything.
- Prototyping. Recall the Lean Startup method – at this stage, it is necessary to create a minimally viable product to test your hypotheses on real users.
- Validation. The process of getting feedback and confirming your ideas.
4. Michael Porter’s Five Forces Model
Michael Porter’s five forces model is suitable for analyzing the environment in highly competitive niches. This approach is maximally aimed at identifying external threats and risks. In its framework, it is necessary to analyze the following indicators:
- The entry of competitors. Is it easy to enter this niche?
- The threat of substitutes. How easy is it to replace your offer with a cheaper or more profitable one?
- Bargaining power of buyers. In other words, how much money they have.
- Bargaining power of suppliers. Are there many potential suppliers?
- Competition among existing players. How are the forces distributed in the niche?
The results of this study can be well used for the SWOT analysis, which we will discuss later on.
This is a good method to coordinate in the environment in which the business will operate. PEST categories include political, economic, social, and technological factors. It is possible to add environmental and legal categories as well.
PEST not only identifies significant environmental factors but also analyzes the strength of their impact on the business. The result is a matrix that reflects significant factors. Each factor gets its quantitative assessment.
PEST analysis is used in assessing the current strategic status of a company, in developing and monitoring the implementation of a strategy, launching an investment project, entering new markets, and analyzing ideas from scratch as well.
It is important to note that PEST analysis can only be used in combination with other analysis methods since it takes into account only external factors. In the meantime, testing the idea itself and the potential response among the users remains essential.
SWOT is one of the most well-known business testing methods. Its essence is to assess its strengths and weaknesses, as well as to identify opportunities and threats. In this case, both internal and external factors are taken into account. This approach is ideal for strategic planning. Let's take a look at the SWOT analysis example of creating a taxi booking application to understand how it works:
- Strengths. For example, you offer customers trips out of town for the price of city trips.
- Weaknesses of a business. For example, at first, your application will be available only for Android.
- Opportunities. For example, studies have shown that a certain segment of users began to use taxis more often than they did before.
- Threats. For example, one of the existing competitors began to pursue an aggressive market conquest policy.
As you can see, SWOT opportunities allow you to get a comprehensive picture and evaluate all the possible factors. The most important thing is to try to remain extremely objective.
- What Is AWS DevOps
- What Are the Basics for AWS DevOps
- AWS DevOps Tools
- AWS DevOps Architecture
What Is AWS DevOps
To better understand what is AWS DevOps, let’s look at both concepts separately.
DevOps stands for combining the development and operational processes into a single, logical and collaborative flow with the aim of improving a product’s quality at each of the development stages, getting more flexibility, enhancing security and shortening the time to market.
AWS is Amazon Web Services. It is the wide range of cloud solutions and other tools developed by Amazon and provided to the businesses as Software or Infrastructure as a Service (SaaS or IaaS) model, depending on the solution and the business goals the company has when it decides to get started with Amazon services.
Combined together, AWS DevOps means using the tools provided by Amazon for the DevOps processes. In practice, an AWS DevOps engineer can access AWS tools that will help them streamline continuous development, continuous deployment, and continuous delivery; optimize testing processes with the help of AWS testing tools and store the source code in a secure way.
What’s more, using DevOps on AWS is a time and cost-effective decision since the cloud solutions offered by Amazon are quite diverse and flexible. In addition to the opportunity to perfectly tailor the service to the current business needs, you can also choose the most convenient pricing model depending on the capacity and computing power you need. Using AWS DevOps also allows for more flexibility and better scaling.
What Are the Basics for AWS DevOps
When used right, AWS and DevOps are a perfect match in the process of custom software development. Below are the most essential practices for effective DevOps with AWS.
- CI/CD. Continuous Integration/Continuous Delivery (CI/CD) is one of the core principles of DevOps as a practice. Continuous integration means that each part of the project is frequently revised, tested, and validated before being integrated, and continuous delivery becomes possible with DevOps AWS automation tools.
- Infrastructure automation. This approach stands for the necessity of testing the code frequently and automatically to ensure continuous delivery and continuous integration.
- Monitoring and logging. AWS DevOps is a highly automated process, but the system needs control and monitoring by an AWS DevOps professional.
- Communication and collaboration. This approach is at the heart of DevOps as a culture and it means joining the efforts of the developers, testers and DevOps specialists in the process of custom web app development and sharing their responsibility for the final result.
AWS DevOps Tools
AWS DevOps can be an effective practice because Amazon offers a wide range of cloud solutions for deploying and managing applications in secure and flexible environments. Below is a list of the most frequently used AWS DevOps tools.
- AWS Cloud Development Kit. As the name suggests, this is a cloud-based platform for application development and source provisioning.
- AWS CodeBuild. This is one of the AWS DevOps services for continuous integration.
- AWS CodeDeploy. This is one of the AWS deployment tools that allow a DevOps developer to automate software deployments to different environments, for example, to other clouds or on-premise servers.
- AWS CodeStar. This is an all-in-one AWS DevOps solution that a DevOps engineer can use to develop, build and deploy applications on AWS.
- AWS Device Farm. This is a must-have AWS DevOps tool for the process of custom mobile development because it helps QA specialists, DevOps consultants and testers test a mobile application in different virtual environments to find out how it will perform on different devices and in different browsers.
MORE ON TOPIC: Best DevOps Tools | List of Technologies to Use in 2021
AWS DevOps Architecture
AWS DevOps architecture can be tailored to the needs of your project development. The set of tools, platforms and capabilities depends on the AWS DevOps solution you choose. For example, if you use AWS Elastic Compute Cloud or EC2, your architecture will be built on the following resources.
- Load balancing. This is a virtual network that distributes and balances traffic between several available web server resources.
- Amazon CloudFront is responsible for dynamic and static content delivery.
- Amazon Security Group. This is the set of tools that allows you to set up security features and requirements.
- Elastic Caches perform the task of cloud cache memory management.
- Amazon Relational Database Service. It is used for setting up cloud-based relational databases and managing their operations.
- Amazon Simple Storage Service. This solution enables safe data storage with the opportunity to manage access.
Using Amazon Web Services for DevOps processes is a smart solution. Still, you have to configure your DevOps infrastructure in such a way as to make it as effective for your project development as possible.
Consider getting in touch with dedicated DevOps consultants from Cprime Studios to ensure a seamless combination of development and operations supported by Amazon.
Each of the above methods of analyzing business ideas is effective and can be used for almost any industry. It would be wise to take advantage of each method before deciding whether to develop a product.
Just as well, the Cprime Studios team will be happy to discuss any of your ideas, give tips on which technologies are better to use, and create a cool solution for your business needs!
Contact us at email@example.com to learn more.